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Since the foundation of IFA Technology GmbH, we have been active in the paper industry. Our systems for liquid dosing and solids dosing systems are used in paper production or water treatment and enable you to optimise your processes. With our dosing systems for paper finishing we offer a wide repertoire for the production of paints and impregnating resins. Application of plants and systems for the paper industry: Storage, mixing and dosing of liquids such as impregnating resins, adhesives and release agents Solids dosing with the aid of preparation stations Dosing systems for printing inks

Statox 501 Infratox detects gases in the LEL and ppm range. Protecting people and assets from hydrocarbons The infrared absorption method of gas detection is ideal to detect hydrocarbons such as fuels. It features enough sensitivity to expand the range of application into the ppm range. For instance fuels such as gasoline, diesel or kerosene are mixtures of hydrocarbons. Infrared gas detection theory of operation Some gases absorb light at a certain wavelength (colour). This absorption band is specific to the gas. The rate of the absorption depends not only on the substance to be detected but also on the number of gas molecules (i.e. the concentration of the gas). This premise is used to detect gases. For example, the C - H bond in hydrocarbon molecules will oscillate and absorb light at 3, 4 mm. This fact makes it so easy to detect fuels. Hexane, for instance has 14 C - H bonds compared to Methane which has only 4! A light beam is directed through a cuvette filled with the gas to be detected. The more hydrocarbons are present, the more light will be absorbed. A photo detector at the other end of the cuvette measures the remaining light intensity. The difference between the original and remaining light intensity corresponds to the gas concentration. A reference beam with a different wavelength compensates for potential interferences of dust, humidity or variations of intensity from the light source. Fail-safe technology Failure of important components such as the light source or photo detector will trigger a "system fail" alarm. Most local authorities will accept this as a self-diagnostic feature. Systems including a self-check require less maintenance and calibration, saving time and money. Simple maintenance: Easy to read display and non-Vintrusive calibration The bright LED display of the Statox 501 Infratox shows the gas concentration in percent L.E.L. (Lower Explosion Limit). An important accessory is the calibration adapter, featuring control buttons operating Hall-sensors inside the Ex d housing. The service menu is password protected preventing unauthorised access. All parameters can be checked and changed, or a calibration can be done all without opening the transmitter. The adapter is also equipped with a gas outlet so that it can be used for flow-through applications. Impervious compact design The dimensions of the Statox 501 Infratox are small and compact. The sensor compartment is completely sealed, not allowing dust or insects to enter. It is located in the center of the sensor head. This allows heat radiation from the electronics and the infrared lamp to keep the unit a few degrees above the ambient temperature thus avoiding condensation. This innovative design makes any additional heating unnecessary, allowing the sensor head to be very energy efficient. This saves additional money by eliminating more expensive wiring and a bigger power supply that would otherwise be necessary. The sensor head is rated protection class IP 67 (6 = protection even against fine dust, 7 = submerged 1 m deep in water for 30 minutes). You can have confidence that this system will safely operate even in the harshest environment.

The Gentle-boil system SchoKo 2.0 is installed where evaporation has always been the most effective—between the whirlpool and the wort cooler. This is similar to the conditions the so-called Kuehlschiff (Eng. Cooling tun) provided in the past, only here the process occurs within in an airtight system, free from exposure to oxygen. Brewers can look forward to a final product with a perfect foam head and exceptional flavor stability. The energy consumption comes out to less than 1 Liter of fuel oil per 100 Liters of wort (approximately 1 gallon of fuel oil per 26 gallons of wort). Because vacuum evaporation can now take place at 80°C (176°F), the re-heating of any reserve hot water can be eliminated. Thanks to the complete recovery of evaporation heat, the amount of hot water generated in the evaporation condenser is considerably reduced.